- Non-slip weighted base provides stable feeding and keeps the cage clean by preventing tipping, spills, and mess during rabbit feeding. - Improved dispenser design features a curved access point to minimize food scatter and waste, reinforced by rugged anti-scratch protection and strategically placed internal sections for smooth operation of the feeding system. - Effortless feeding with automatic refilling and a built-in storage container supports a long-term supply, while a weight sensor output helps optimize feeding efficiency and portion management. - Built to suit rabbits and similar small-to-medium pets, with a trough depth designed to accommodate different eating preferences (for example, those of hamsters), enhancing ease of use and adaptability. - Compatibility and performance: durable anti-slip materials, a weighted base for stability, a built-in storage reservoir, curved dispenser access, anti-scratch features, and weight-sensor driven feeding efficiency. - Size and use considerations: designed for small to medium pet habitats, compatible with standard rabbit enclosures, and suitable for households seeking a low-maintenance feeding solution. - Materials and construction: anti-slip surface and robust components designed to withstand daily use without tipping or spilling, while maintaining cage cleanliness. - Performance benefits: maintains continuous access to food, reduces waste, improves feeding consistency, and supports long-term supply with organized storage. - Scenario 1: A busy household uses the dispenser to provide reliable, spill-free feeding for rabbits during workdays or irregular schedules, with automatic refilling and weight-based efficiency. - Scenario 2: A multi-pet home with rabbits and small animals like hamsters benefits from the shared, adaptable trough depth that accommodates different appetites and feeding styles. - Scenario 3: Traveling or extended absences are supported by the built-in storage and steady dispensing, ensuring pets have access to food without constant human intervention.